1.
MAHIMA P
CAREER
OBJECTIVE
ACADEMIC
QUALIFICATION
WORK
EXPERIENCE
To serve and excel in a professionally managed and result-oriented organization of such
a repute, to partially fulfill my aspiration and to work as a team member in a stipulating,
challenging environment.
M-Tech (Microwave and Radar Electronics)
Department of Electronics,
Cochin University of Science and Technology,
Cochin, India
2014-2016 9.49 CGPA
B-Tech (Electronics and Communication
Engineering)
Nehru College of Engineering and Research
Centre,Thrissur,India
2009-2013 8.2 CGPA
Class-XII
Biology Science
Bharathamatha H.S.S, Palakkad,India
2008-2009 92.67%
Class-X
Kanikkamatha Convent E.M.G.H.S.S,Palakkad
2007 90%
Research Assistant at Centre for Electromagnetics, CSIR-NAL,
Bangalore, India (June 2016-February 2019)
The job profile involved antenna-radome interaction studies: Electromagnetic
design and performance analysis of streamlined airborne radomes based on 3D ray
tracing method and design of various antennas like Planar slotted waveguide array
antenna, Horn antenna, Blade antenna, Dipole array antenna and Patch antenna array,
metamaterials, FSS using EM simulation softwares like HFSS, CST, FEKO.
TECHNICAL
SKILLS
• Broad knowledge about frequency selective surfaces, metamaterials, radomes,
antennas, electromagnetics, sensors.
• Experience in the field of designing conventional radomes such as A-sandwich, C-
sandwich, multilayered radomes and FSS based radomes.
• Research experience in microwave Tee junctions, power dividers and filters.
• Fabrication of microstrip patch antennas, FSS based structures, metamaterials, blade
antenna and microstrip transmission lines using PCB prototype printing machine
(FP-21T).
• Experience in antenna measurement systems (radiation pattern, S-parameter and
VSWR) in anechoic chamber and using VNA.
• Experience in material characterization using VNA using waveguide method and
dielectric method.
Designing tools Coding Instruments
HFSS , CST
Microwave studio,
CADFEKO 2017,
Solidworks 2016,
ADS 2015
C, FORTRAN,
MATLAB 7
HP 8510C Vector
Network
Analyzer, FP-21T
Prototype
machine
mahima.winx@gmail.com +971547896067

2.
DECLARATION
I hereby declare that the above particulars are true to the best of my knowledge and
belief
Mahima P
JOURNAL
PUBLICATIONS
BOOKS
CONFERENCE
PUBLICATIONS
• C. V. Vinisha, P. S. Mohammed Yazeen, P. Mahima, Vineetha Joy, R.U. Nair, “Multi-
layered graded porous radome design for dual-band airborne radar applications”,
Electronics Letters, DOI: 10.1049/el.2016.3229
• P. Mahima, M. Suprava, S. Vandana, Mohammed Yazeen, Raveendranath U. Nair,
“Electromagnetic Performance Analysis of Graded Dielectric Inhomogeneous
Radomes” Springer Briefs in Applied Science and Technology, ISBN 978-981-10-
7831-6, March 2018
• Mahima P., Sangeetha B., Shiv Narayan, Raveendranath U. Nair, “EM design of
hybrid-element FSS structure for radome applications”, Proceedings of 13th
International IEEE India Conference (INDICON-2016), December 16-18, 2016
• Vineetha Joy, Mahima P., Raveendranath U. Nair, “Graded porous wall configuration
for radome applications”, Proceedings of 15th biennial Symposium on Antennas &
Propagation (APSYM-2016), December 15-17, 2016.
TECHNICAL
DOCUMENTS
TRAINING/
SYMPOSIUM
PROJECT
SUMMARY
• Mahima P., Suprava M., Karthika S. Nair, Vineetha Joy, Raveendranath U. Nair, “EM
performance characteristics of conical radome”, CSIR, National Aerospace
Laboratories, Bangalore, PD-CEM/2016/1029, September 2016
• Vineetha Joy, Mahima P., Shiv Narayan, Raveendranath U. Nair, “Manual for the EM
software package for the computation of radiation patterns of airborne antenna-radome
systems”, CSIR, National Aerospace Laboratories, Bangalore, PD-CEM/2016/1031,
November 2016
• Presented a paper on “EM design of hybrid-element FSS structure for radome
applications” in 13th International IEEE India Conference (INDICON-2016)
• Short term training on computational electromagnetics using HFSS conducted by
Division of Electronics, School of Engineering, CUSAT under TEQIP PHASE II and
IEEE, Kerala Section, APS.
• Attended 3-day training on CADFEKO 2017 conducted at CSIR-NAL, Bangalore.
• Participated in The International Symposium on Antennas and Propagation (APSYM-
2014) organized by Department of Electronics, CUSAT
M.Tech main project- Electromagnetic Design and Performance Analysis of
Streamlined Airborne Radomes based on Novel Wall Configurations
This project focused on the electromagnetic design of novel radome wall configurations
enclosing a monopulse planar slotted waveguide array antenna based on frequency selective
surfaces and graded inhomogeneous dielectric structures with high power transmission over
large bandwidth and low boresight error characteristics.
REFERENCE
M.Tech mini project- Automatic License Plate Recognition
Automatic license plate recognition (ALPR) is the extraction of vehicle license plate
information from an image or a sequence of images.
Dr. C.K Aanandan
Professor
Department of
Electronics,
CUSAT, Cochin.
aanandan@gmail.com
Tel: +91-9447667267
Dr. Raveendranath. U. Nair
Head and Senior Principal Scientist
CSIR-NAL
Bangalore- 560017
raviunair@nal.res.in
Tel: +91-9448735693